Case Scenario: A 12-year-old boy presents with a blood sugar of 600. He is lethargic, and parents state he has had the flu. He has been fatigued and has lost 15 pounds in the last two weeks. This boy’s history is small for age, lack of focus at times, reoccurring bladder infections for the last six months, states his mouth is dry all the time, is often irritable, and has few interests or friends. The doctors’ notes state he has a diagnosis of autoimmune type 1 diabetes. As this is a new diagnosis, the parents are obviously very upset.

1. Question: How would you explain this disease to the parents and boy? What guidelines would you provide for them for future care? You will need to defend your answer using specific facts, data, and other information drawn from the textbook and at least one other supplemental source.

The dataset Golfers2008.xlsx saved in Datasets in Blackboard contains data on the top 40 golfers in 2008. This was the year when Tiger Woods won the U.S. Open in June and then had year-ending surgery.

Using all the explanatory variables, run a regression predicting Earnings per Round.

Determine the best fit model by removing any insignificant x-variables.   Rerun the analysis with your best fit model. Make a clear notation of which model is your best-fit model by labeling the worksheet of that model “BEST FIT MODEL”.

You are going to invest $6,000 for the next 50 years. You expect to earn 8% per year on your investment. You expect that the current tax law and tax rates of 15% on long-term capital gains and 24% on short-term capital gains and income will still be in effect in 50 years. If you take all of your money out in 50 years, how much after-tax money will you have if you invest in

a) Regular IRA

b) Roth IRA

c) A 401(k) plan with a 50% match

QUESTION 5 "An entrepreneur is a person who organizes the factors of production such as information and labour capital and entrepreneurship True/ False QUESTION 6 Innovative entrepreneur bears less risk than the immitative entrepreneur True/ False

QUESTION 7 Immitative entrepreneur bears more risk than the innovative entrepreneur True /False

QUESTION 8 Adaptive entreprener is an entrepreneur who immitate the innovative entrepreneur True/ False

QUESTION 9 Fabian entrepreneur is an entrepreneur who changes as required by the environment True/ False

QUESTION 10 Drone entreprener refuses to change the method of production in his traditional business True /False

QUESTION 11 Intrapreneuer is an employee of an organization but act like an entrepreneur of that organization True/ False QUESTION 12 Technopreneur is a person who is in the business of technology True /False

QUESTION 13 Craves for learning is a trait of a student but not an entrepreneur True /False

QUESTION 14 Sustainable entrepreneur runs the bsiness while protecting the ecosystem True /False

QUESTION 15 Introverted strategy of an entrepreneur deals with the external relationship of the business True /False

4. PROPOSED SOLUTION (PSEUDOCODE)
• Start.
• Initialize the clear cycle=1 and part[2],generated=0.
• Declare the parts of the car as ‘engine’, ‘chassis’, ‘ss’.
• Initialize the semaphore sem t ready.
• Assign the ids from 0 to 3.
• Declare the function void * gen branch(void*arg) which generates the assembly
branch.
• In the above function declare i,j,k=0 .
• Repeat the step 7 until while(1).
• Declare sleep(1) so that when the loop runs the next time it puts threads to sleep for
1 sec.
• Declare sem wait( ) which will decrement the value pointed by the semaphore when
greater than zero.
• So, sem wait(&ready) and if (clear cycle= =1) then
• i=k, increment the value of i by 1 and assign it to j.
• Assign k=j.
• Declare sem post( ) which increments the value pointed by the semaphore.
• Print “ Parts are being moved”.
• Declare the function void*assembly(void*arg) which does the assembly in
assembly branch.
• In the above function declare flag=1.
• Repeat the step 16 until while(1).
• Check if the generated branch is not the any two other branches.
• Print “ Branch has completed the assembly”.
• Check if clear cycle==1 and flag= = 0 then print “ THE CYCLE IS COMPLETE”.
• Declare sem init(&ready,0,1) which will initialize the unnamed semaphore.
• Return 0 and stop.

please tell me the name of this algorithm

please tell me the name of the given above one.

4, Make the table project with C++. Write a function with the following interface: void multiplyTable(int num) This function should display the multiplication table for values from 1...num. For example, if the function is passed 10 when it is called, it should display the following: 1 2 3 4 5 6 7 8 9 10 2 4 6 8 10 12 14 16 18 20 3 6 9 12 15 18 21 24 27 30 4 8 12 16 20 24 28 32 36 40 5 10 15 20 25 30 35 40 45 50 6 12 18 24 30 36 42 48 54 60 7 14 21 28 35 42 49 56 63 70 8 16 24 32 40 48 56 64 72 80 9 18 27 36 45 54 63 72 81 90 10 20 30 40 50 60 70 80 90 100 As another example, if the function is passed 5, it would print the following: 1 2 3 4 5 2 4 6 8 10 3 6 9 12 15 4 8 12 16 20 5 10 15 20 25 Write a main() to test your function. Main should ask the user for an input value (in the range 1..15), then call multiplyTable with that value. Note: • The maximum parameter value that your function will need to handle is 15. • Make sure that your numbers are aligned properly as illustrated in the examples above.

7. What happens if you overlap sets of tags?

8. Name two new tags in HTML5.

You have just started a new job and are thrilled to learn that your new employer offers a 401(k) retirement plan to its employees. Your annual salary is $40,000. Assume the IRS allows you to contribute up to $24,000 to your 401(k). You’ve decided to contribute 7% of your annual salary to the plan.

Questions:

1. How much more money would you need to contribute to meet the maximum allowable contribution set forth by the IRS?

2. The company offers you a $.50 match for each dollar that you contribute between 2 and 5 percent of your annual salary. How much is the company match based on your 7% contribution?

3. Is this a defined benefit plan or defined contribution plan? Why?

you have two pure-bred varieties of roses, one that has multiple flowers on each stem and red petals, and another that has one flower per stem and yellow petals. you are sure you could get rich if you could just get a multiple-flowered, yellowfins petalled rose bush. you cross your two pure breeding varieties and all the F1 progeny plants have identical phenotype, but your lab assistant forgets to write down the phenotype and then loses the plants. fortunately, you still have one hundred F2(progeny from self-crossing the F1 hybrids before they were lost), and you find the F2 phenotypes as follows:

19 single-flowered red,

18 multi-flowered yellowfins,

8 single-flowered yellowfins,

55 multi flowered red.

a) which phenotypes are dominant

b) record the ratio of the F2 offspring and list the genotypes and phenotypes associated with each number in the ratio